1) asphalt content
沥青分
2) hard asphalt
硬沥青沥青分
3) asphalt component
沥青组分
1.
GPC methodology was utilized to analyze the result of present asphalt component, which showed that two different components exit in one asphalt component.
以沥青凝胶渗透色谱(GPC)方法对目前划分沥青组分结果的分析为基础,指出了沥青同一组分结果中存在2种不同的组分,不能很好地把性质相似的化合物分到1个组分中。
4) Bitumen analysis
沥青分析
5) asphaltene fraction
沥青烯组分
1.
Study on the molecular structure of asphaltene fraction from the Shenhua coal direct liquefaction residue;
神华煤直接液化残渣中沥青烯组分的分子结构研究
6) pitch volatiles
沥青挥发分
1.
Based on the analysis of every heat income and loss in the furnace, the five main factors that affected heat consumption in an anode baking furnace were the combustion situation of pitch volatiles, the recycle degree of solid heat deposit (preheating air), the infiltrates quantity of outside air, the condition for dissipating heat from furnace body and the automatic control technology.
基于法国SETRUM公司的焙烧炉的热平衡数据 ,通过对其中的各个热收入项和热支出项进行分析 ,总结出沥青挥发分充分燃烧与否、固体蓄热回收 (空气预热 )程度、漏风量大小、炉体散热情况和自动控制技术是影响焙烧炉的热耗的五大因素 。
补充资料:硬沥青
分子式:
分子量:
CAS号:
性质:见沥青。
分子量:
CAS号:
性质:见沥青。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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